Question: Can you recommend an AI model that generates high-quality images from text prompts in real-time?

If you want an AI model that can generate high-quality images from text prompts in real-time, SDXL Turbo is a strong contender. The model uses a new diffusion technique to generate photorealistic 512x512 images in a single pass, which is useful for tasks like video games and virtual reality. Its speed and high-quality results mean it can generate images in 207ms on high-end GPUs, which is fast enough for real-time content creation. The model is available through a variety of pricing tiers, including a free trial, so you can choose the best option for your needs.

Another good option is getimg.ai, an AI-powered platform that offers a range of tools for image generation and editing. That includes a Real-Time AI Generator for fast image generation and an AI Canvas for extending images beyond their borders. It's a general-purpose tool that can be used for a variety of tasks, from architecture to art creation, and can generate high-resolution images with faster processing times. The platform charges by the credit, so you can pay for what you need and adjust your budget accordingly.

If you're looking for a more predictable and scalable option, Leonardo offers high-quality visual assets with a speed and style focus. It offers features like AI Canvas for editing and 3D texture generation, making it good for creative tasks like game assets, concept art and product photography. With both free and paid options, Leonardo can be used at a variety of levels, and it's a good option if you want a reliable way to boost your creativity.

Finally, Stability AI offers a range of generative AI models covering several domains, including image generation. Its Stable Diffusion 3 model is a good tool for text-to-image generation, but the suite also includes video, audio and language generation models. With flexible membership options and the ability to self-host, Stability AI offers a good foundation for exploring and building generative AI applications.